The diameter of the pipe is 100 mm and velocity of oil (SG=0.89) is found to be 3,4 m/s. 32. Determine the mass flow rate. a. 23.77g b. 23.32 g kg c. 33.28 DIL 33. Determine the hydraulic radius of the pipe. d. 22,74 - a. 6 mm b. 3 mm c. 0.025 m d. 0.006 m 34. Determine the slope if n30.015. a. 0.356 b. 0.817 c. 0.524 d. 0.475

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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SITUATION 7:
The diameter of the pipe is 100 mm and
velocity of oil (SG=0.89) is found to be 3,4 m/s.
32. Determine the mass flow rate.
a. 23,77kg
b. 23.32
kg
c. 33.28 g
d. 22.74 Kg
33. Determine the hydraulic radius of the pipe.
a. 6 mm
b. 3 mm
c. 0.025 m
d. 0.006 m
34. Determine the slope if n30.015.
a. 0.356
b. 0.817
c. 0.524
d. 0.475
Transcribed Image Text:SITUATION 7: The diameter of the pipe is 100 mm and velocity of oil (SG=0.89) is found to be 3,4 m/s. 32. Determine the mass flow rate. a. 23,77kg b. 23.32 kg c. 33.28 g d. 22.74 Kg 33. Determine the hydraulic radius of the pipe. a. 6 mm b. 3 mm c. 0.025 m d. 0.006 m 34. Determine the slope if n30.015. a. 0.356 b. 0.817 c. 0.524 d. 0.475
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